Robotic Valet Parking

Robotic Valet Parking

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Robotic Valet Parking

Table of Contents

Description of the Project        2

Scope        3

Project life cycle plan        3

Initiation        3

Planning        4

Execution        4

Controlling        4

Closing        4

Project statement of work        4

Objectives of the project        4

Deliverables        5

Project Milestones        5

Technical Requirement        6

Limits and Exclusions        6

Customer Review        6

Project Organization        7

Work Breakdown Structure (WBS)        7

Responsibility Matrix        13

Communication Plan        15

Estimation of Cost        16

Risk Management and Mitigation        16

References        17

The Project Title: Robotic Valet Parking

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Description of the Project

The influx in the number of automobiles on roads has led to increasing traffic congestion. Lack of proper parking infrastructure has further made the traffic congestion even worse. In a bid to curb this issues, robotic valet parking has been invented in some places.  The system uses robot valets to carry vehicles and park them compactly in a given location after the driver parks in a loading bay. With such a system in place, the problem of parking is addressed with no need for complex automation or special constructions.

Scope

The project will focus on conversion of conventional garage made of concrete to Robotic Valet Parking. This project will also concentrate on the technicality of such a project from its life cycle plan, an organization of the project, work breakdown structure, cost estimation,  the risks involved to project closing plan. Concrete garages are considered ideal for this project since robotic valet system requires concrete for fire separation. Both the positions occupied and some vehicles will be able to be determined without the use of sensors in the parking slots. All the available parking space will be displayed on an LCD monitoring screen.